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When Designing your GLC System:
- Be sure to design your GLC control system so that in the event of a main power
supply failure or a GLC accident, the user system's overall safety integrity will be
maintained. If this is not done, incorrect output signals or a GLC malfunction may cause
an accident.
(1) Interlock circuits, etc. designed to interrupt or oppose normal machine movement
(i.e. Emergency Stop, General Protection, forward and reverse rotation, etc.), as well
as those designed to prevent machine damage (i.e. for upper, lower and traverse
movement limit positioning, etc.) should all be designed to be located outside of the
GLC.
(2) Whenever the GLC generates a "Watchdog Timer Error", GLC operation will halt.
Also, when Errors occur in Input/Output control areas that the GLC cannot detect, it
is possible for unexpected movement to occur in those areas. As a result, for the
purpose of preventing unsafe machine movement, a "Failsafe Circuit" should be
created which is completely external to the GLC.
(3) If an problem arises with an external unit's relay or transistor, causing an output
(coil) to remain either ON or OFF, a major accident can occur. To prevent this, be
sure to set up external watchdog circuits that will monitor vital output signals.
- Design a circuit that will supply power to the GLC's I/O unit before starting up the
GLC. If the GLC's internal program enters RUN mode prior to the I/O unit's load
control power turning ON, an incorrect output (signal) or malfunction could cause an
accident to occur.
- Design a user program that will ensure the safety of the user's system, in the event of a
GLC display or control error, or in the event of either a data transmission error or
power failure between the GLC and a connected unit. These types of problems can
lead to an incorrect output (signal) or malfunction, which could thereby cause an
accident to occur.
- Do NOT use GLC touch panel switches to perform life-related or important accident
prevention operations. These operations should be performed by separate hardware
switches to prevent operator injury and machine damage.
Wiring Warnings:
- To prevent electric shock or equipment damage, prior to installing or wiring the GLC,
confirm that the GLC's power cord is unplugged from the power supply.
- After completing any GLC wiring work, be sure the terminal block's protective plastic
cover is reattached. If this cover is not reattached, an electric shock could easily
occur.
- High voltage runs through the GLC. Except for changing the backlight, do NOT
attempt to open the GLC, since there is a possibility of an electric shock.
- Do not use power levels with the GLC that are outside of the GLC's specified power
range. Doing so may cause a fire, electric shock or damage the GLC.
- Do not operate or store the GLC in areas where flammable gasses are present, since
operating the GLC may cause an explosion.
DANGERS
WARNINGS

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Summary of Contents for Pro-face GLC300-TC41-24V

  • Page 1 DANGERS When Designing your GLC System: - Be sure to design your GLC control system so that in the event of a main power supply failure or a GLC accident, the user system’s overall safety integrity will be maintained. If this is not done, incorrect output signals or a GLC malfunction may cause an accident.
  • Page 2 Operation and Maintenance Warnings: - Never touch a live power terminal. This could cause a shock or machine malfunction. - Due to the danger of an electric shock, confirm that the GLC’s power cord is un- plugged before either cleaning the GLC or attaching/detaching the power terminal screws.
  • Page 3 UL / c-UL (CSA)Approval The GLC300-TC41-24V are UL / c-UL recognized products. (UL file No.E182139) ■ GLC conforms as a component to the following standards:  ・UL508 Industrial Control Equipment ・UL1604 Electrical Equipment for Use in ClassⅠ and Ⅱ Division 2 and Class Ⅲ...
  • Page 4: Package Contents

    The following items are included in the GLC's package. Prior to using the GLC, be sure to confirm that all the parts shown below are present. GLC Unit ( GLC300-TC41-24V) Operation Instructions (1 ) Installation fasteners ( 4 pcs )
  • Page 5 RS-232C, RS-422 (Serial) interface. Connect to the Host. G:Printer Interface Connect the printer here. Tool Connector Connect the Downloading Cable, or a Bar Code Reader here. Dimensions The GLC300-TC41-24V unit dimensions are as follows. unit:mm Top View Side View 77.5 Front View 211.2...
  • Page 6: Serial Interface

    Serial Interface This serial port is used for the GLC's RS-232C and RS-422 interface cables. Signal Signal Condition Condition Name Name 5V±5% output Frame ground 0.25A Send data Send data B (RS-232C) (RS-422) Receive data Receive data B (RS-232C) (RS-422) Request send No connection (RS-232C)
  • Page 7: Printer Interface

    Printer Interface This is the printer interface port in the rear side of GLC unit. Pin Connection Pin# Signal Name Pin# Signal Name PSTB PDB6 PDB0 PDB7 PDB1 10*1 INIT PDB2 BUSY PDB3 PDB4 PDB5 *1 When INIT signal is not used, #10 pin's connection is not necessary. Recommended Connector: FCN-787P014-G/R <manufactured by FUJITSU, Inc.>...
  • Page 8: Installation

    Installation Before installing the GLC, be sure that the moisture resistant • gasket is attached securely to the unit. Rear of GLC Gasket ■ Cut a hole in the panel, and install the GLC into the panel's front face. under 4-R2 Unit: mm 1.6mm to 10mm Panel thickness...
  • Page 9 GLC. • The GLC300-TC41-24V can only use DC24V input. Any other input voltage can damage the GLC and its power supply. • Since the GLC has no power switch, be sure to use a breaker type switch.
  • Page 10: Replacing The Backlight

    Manual (sold separately) or the instruction manual which comes with replacement backlights (sold separately). Applicable backlight models GP unit Backlight model GLC300-TC41-24V GP577RT-BL00-MS • Using any backlight other than the applicable models shown above may cause an accident or breakdown.

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